Event-Based Architecture

Event-driven systems respond to events asynchronously, thereby decoupling the individual components from each other. This loose coupling makes it possible to expand or replace individual parts of the system independently without affecting the overall system. Asynchronous processing allows peak loads to be better absorbed, which is particularly important for applications with highly fluctuating traffic or real-time requirements.

Event-based systems are ideal for growing landscapes in which new functions or external services need to be integrated. New components can easily consume or generate events themselves without changing the existing logic. This allows systems to be expanded and modernised step by step, which improves both development speed and maintainability.

• Architecture blueprints for simple, flexible solutions
• efficient and robust communication structures
• Practical implementation of concepts in real applications without unnecessary complexity
• The right way to deal with eventual consistency
• Uniqueness in distributed systems

The training is designed to integrate as easily as possible into your daily work routine.

We start each day with a joint video conference in the morning. During the subsequent longer lunch break, you work independently on a work assignment and still have time for emails or other urgent matters. In the afternoon, there is another joint video conference.

Software developers who want to understand and implement event-based systems. IT architects who design and evaluate software architectures. Software engineers who want to deepen their knowledge of modern architectural patterns.

Prerequisites are knowledge of object-oriented programming and a basic understanding of event sourcing.

• You will learn how to design scalable and resilient systems using event-driven architectures
• You understand how asynchronous communication enables the decoupling of system components
• You will learn how to deal with eventual consistency and ensure uniqueness in distributed systems
• You develop practical solutions without unnecessary complexity and expensive frameworks
• You lay the foundation for modern, expandable system landscapes with loosely coupled services